The basic purpose of introducing of budgeting system is formulated. The description of the budgeting system in Udmurtneft OAO is given. The organization of work for its implementation is considered. The results of application of budgeting
system at that enterprise are presented.

A number of topical questions in the field of subsoil use regulation is considered. Recommendations on the solving problems, concerning normative-legal aspects of oil-and-gas production enterprises, are given

The main steps of the development of the information systems construction methodology and technical decisions on
the information support in the research and design institute of oil and gas industry at the preparation of design and
technological documentation and analysis of field development are given. The practical production problems and
their solutions on basis of the organization and development of TomskNIPIneft OAO information infrastructure are considered.
A review of the assigned tasks solving methods, already realized in the institute, perspective goals for the near
future, the strategic directions for a more distant prospect is made.

The capabilities of the fuzzy sets theory to calculate the economic efficiency of investment projects during execution
of exploration work, evaluation and analysis of geological risks. The problem of investment allocation in conditions of
projects group uncertainty at given restrictions on the volume of financial resources is formulated. Its solving, based on
fuzzy mathematical programming, is carried out.

An experiment, which confirms, that the reliability of the fixup of residual stocks, estimated through the equilibrium geo -
logical and hydrodynamic model of the development object AS9-11 of Lyantorskoye field, is 70-80%. It is noted, that
the application of standing models of this type can significantly reduce the percentage of risk and increase the efficiency
of geological and technical measures at structurally complicated oil and gas fields.

The prospect of search for hydrocarbons in volcanogenic-sedimentary formations of depressions and other similar
complexes is established. A set of low-cost methods is proposed to use for studying the pre-Jurassic basement to obtain
the most informative and qualitative material on its structure and oil saturation.

It is noted, that conditions of hydrocarbon reservoirs formation appreciably define the form, the dimension of sandy
bodies and their filtration-capacitive properties. On the basis of results of processing and interpretation of granulometric
analyses the recommendations on optimization of development of the upper Jurassic reservoir of Arigolskoye field
are given.

A statistical analysis of crashworthness at holing and risk estimation on this basis are carried out. Five classes of failure
danger degree is established. An overall index of the failure effect is proposed. The dependence of the frequency of
failures on this index is received. It is shown, that with increase in overall index of the failure effect failure frequency decreases,
following the hyperbolic law. A measure of risk is proposed.

Drilling fluid optimization procedure on the basis of solving the inverse problem - determination of the composition of the fluid by its technological parameters, which is possible only in the presence of adequate mathematical model of drilling fluid properties, is given. The advantages of computer simulation for control of technological parameters of drilling fluids during wells construction are shown.

STARS reservoir simulator has been used to evaluate injection of heat transfer agent into formations characterized by non-uniform water saturation along horizontal wellbore. The simulation has shown that injection of heat transfer agent into formations with higher water saturation results in more rapid heat front propagation. This leads to increased reduction
of oil viscosity and, consequently, higher production rates at the earlier stage of field development.

Described is the comprehensive approach to solving the actual problems of design and monitoring of oil fields development: pools exploration degree increasing, more accurate geological and technological models creation, fullscale simulation of large fields with no restrictions on the number of computational meshes, quantitative analysis of the efficiency of the development with the use of geological-technological models. It is noted, that the described technologies are tested at the real fields and can be used at the planning of design and technological documents, at the justification of measures for perfection of the oil fields development, for the design decisions reliability increase, for the
validity of predictive calculations and estimations of the effects of geological and technical measures.

In 2006-2009 for the first time in domestic industry the system of stationary downhole monitoring, providing controlled and managed oil production (including multilayer pool with constant monitoring of every layer production), corresponding to the requirements of the Central Commission for the development of subsurface in Russia, is realized. It is noted, that for structurally complicated fields the system can multiply to increase the daily production rate and annual oil production, and has no alternative to mass application in conditions of low- and medium-yield oil reservoirs.

Features of reformation of two-phase filtration flows in conditions of sector heterogeneity of a reservoir fluid saturation are analysed. It is noted, that at the same time the hydrophobization of the porous medium of locally fractured type will promote the decrease of extractive production watering. It is established, that at continuous hydrophobization the effect of bottomhole zone treatment by reagents may become apparent only in change of producing well deliverability.

Features of reformation of two-phase filtration flows in conditions of sector heterogeneity of a reservoir fluid saturation are analysed. It is noted, that at the same time the hydrophobization of the porous medium of locally fractured type will promote the decrease of extractive production watering. It is established, that at continuous hydrophobization the effect of bottomhole zone treatment by reagents may become apparent only in change of producing well deliverability.

Paper considers an issue of gas-blanket development at the edge of the steam chamber in SAGD recovery of bitumen. It was shown that evolved methane gas has a detrimental effect on heat transfer from water steam to bitumen, hence it reduces thermal sweep and recovery performance. Co-injection of hydrocarbon solvents and steam can improve
recovery process efficiency in cases of bitumen with high solution gas-oil ratio.

The capability of invert emulsions production on basis of aluminum hydroxychloride and oil (diesel fuel) is shown. The properties of these emulsions are investigated. Unique ability of aluminum hydroxychloride to form the stable invert emulsions with the oil without the use of surfactants is proved experimentally. Practical use of invert emulsions of diffe -
rent composition as the water shutoff backfill mixture, well killing fluids, invert drilling fluids, delayed action acids and perforating fluids at the tailing-in is proposed.

The article is dedicated to specific features and advantages of quality management system based on the use of information
technologies developed and implemented in OAO Giprovostokneft. Comprehensive project quality evaluation
procedure is considered on the basis of quantitative and qualitative parameters of the development and release
of project documentation in ОАО Giprovostokneft.

The processes, covering the entire Tatneft OAO information technology sector, aimed at increasing production efficiency,
reduce unproductive costs, increase the speed of enterprise reaction to the customers demands, actions of
competitors, the development of modern information technology are considered.

In article are shown the ways for improvement of methods of the organisation, planning and management workflows
for increase of functional efficiency in JSC Giprotjumenneftegaz.

The problem of data retrieval on a set of odd and incomplete sources, as well as approaches to its solution are considered.
A prototype search engine, being created in the Tyumen Petroleum Research Center of TNK-BP company, is
described.

The capabilities of workflow optimization in a large enterprise are considered. Advantages of transfer of the document
capacious business processes automation to company-outsourcer are given. Methods for information security ensu -
ring for both paper and electronic media are presented.

The main components of the set of research, development, design and survey works are given by the example of a
typical vertically integrated enterprise. A list of classes of systems of automation of the basic types of design divisions
work is considered. Experience in implementation of ASCON company software products in the real-life environments
of Russian enterprises activity is presented.

Результаты внедрения единой вертикально интегрированной системы логистики, управления в ОАО "Газпром нефть" к
сократить расходы на закупки, увеличения средств, оборота, сокращение неликвидных запасов и экономии на аренде для СТО --
яростью объектов.

The method of calculating the level of automation for oil-and-gas production enterprise on the basis of the developed
weighting coefficients model is presented. A convenient software tool for modeling the coefficient of automation at
the implementation of various automatic process control systems is received. An obvious mechanism of the control of
the allocated funds to systems upgrade is presented. The obtained results are analyzed.

Experience of implementation of information systems REPOS in Samara-Nafta ZAO is presented. The structural features
of corporate information system for the independent oil-production enterprise are considered. A review of the basic
tools and functions of the system REPOS is carried out.

The automated computing system of support and decision-making in problems of corrosion protection Barier CO2 for
specific type of corrosion (Carbon dioxide corrosion) is described. The structure of system is presented the set of mathematical
formulas for calculation rate of carbon dioxide corrosion in water media, in water-oil media, oil media and
gas medium is introduced.

The results of experimental simulation of the well sucker rod pump with a specially designed stand are analyzed. It is shown, that the delivery rate with the gas concentration increase at the pump intake decreases nonlinearly. It is established, that with the rod travel velocity increase the coefficient of bucket rods elastic extensions decreases. High reliability of evaluation of the actual well production, the capability of the pump fault diagnosis with a high degree of accuracy are shown experimentally. The dynamometer card form change depending on the gas content in the pump intake is revealed.

The algorithms of pipeline diameter selection for the oil gathering network were formulated, making possible the capital expenditures reduction from maintaining an optimum flow regime. A multiphase flow was simulated using the Beggs and Brill correlation. The proposed technique was tested on several surface facilities models of the Rosneft hydrocarbon fields.

Generation of warehouse waste is an unfavourable side effect of oil and gas complex activities. In this paper the evaluation of waste bulk volume and recommendations for efficient waste disposal are discussed. Standards for generation of warehouse waste and recommendations for waste management are also presented.

The results of studies on the choice of methods of petroleum gas use for Far North fields are presented. The dependences of the specific capital investments in carrying out actions on the volumes of produced gas, the payback period are given. It is noted, that for fields, which natural gas resources do not exceed 30-40 million m3, the cost of implementing the methods of rational use of gas comparable to the fines for his firing or exceed the fines.